Components and Operation of the FARO Scene 3D Scanner Hardware

Published on January 05, 2026 | Translated from Spanish
FARO laser scanner mounted on a tripod in an industrial environment, with reference spheres visible in the background and a 3D point cloud on a laptop screen.

Components and Operation of the FARO Scene 3D Scanner Hardware

The FARO 3D capture system is based on a set of specialized hardware that digitizes environments and objects with great accuracy. This equipment, which goes beyond the main measuring device, requires integration with FARO Scene software to produce useful three-dimensional models. 🛠️

Key Elements of the Scanning System

The heart of the system is the laser scanner, which can be an articulated arm or a total station. This device projects a beam that measures distances and angles, generating a dense point cloud of the scanned geometry. For the process to be effective, the hardware includes essential auxiliary components.

Fundamental Accessories for Registration:
The millimeter precision of the system allows capturing millions of points per second, streamlining the workflow in complex projects.

Data Capture and Registration Process

The operator places the scanner in multiple locations around the target area. At each point, the device rotates and measures autonomously, recording everything its sensor can detect. The spheres placed in the scene are crucial for subsequent registration.

Main Phases of Fieldwork:

Software Integration and Final Result

Subsequently, FARO Scene software processes all captures. It uses common control points to join the point clouds into a single coherent 3D model, correcting position discrepancies. The result is a precise digital representation ready for export to CAD or BIM programs. The paradox of the process is often that keeping accessories clean, like dusting the spheres, can take as much time as scanning a historical monument. 📐